Vietnam today is a country in transition. The nature of this change is the
move from a state monopoly economy into a market oriented economy
where exist many economic components. And in fact, public opinion in the
research and education community is voicing the issue of building "research
university”. Thus, universities in particular and the society in general are
forming the demand of connection between research and training functions
to strengthen the linkage with other components such as research institutes
and enterprises. The value chain in the STI system of Vietnam is being
formed and requires that all components must make every effort develop
internal capacity and external relationships to develop the system, adapt the
trend of S&T international integration. However, for universities in the STI
system there has not been any specific rules and regulations applied for
research university, even for research institutes established within
universities like Hanoi University of S&T, Hanoi National University,.
This is an urgent issue that need to be studied and discussed in the
upcoming time./.
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JSTPM Vol 4, No 4, 2015 61
STI SYSTEM IN UNIVERSITIES OF VIETNAM
PhD. Dao Thanh Truong
Institute of Policy and Management,
University of Social Sciences and Humanities
Abstract:
Science, Technology and Innovation (STI) has become an important means and goal of
countries for national development and international integration. The STI system not only
serves as a link of different stakeholders, i.e State - Enterprise - Research Institute -
University not only to make achievements in socio-economic development, but also to
enhance the internal capacity of each element.
In the STI system, universities and colleges play an important role because they are not just
considered as a provider of high quality scientific and technological (S&T) manpower but
also a nursery to incubate scientific ideas, research and development achievements before
putting them into production. Through a case study of four universities: Vietnam National
University, National University of Ho Chi Minh City, Hanoi University of S&T and
University of Thai Nguyen, the author of this paper described and assessed the status of STI
activities in those universities to understand the present capacity and the role of
universities in aligning their research - training - production functions in the STI system.
Keywords: Science, technology and innovation system; STI; Universities; Research;
Training; Teaching.
Code: 15101501
1. Introduction
Today, many countries around the world have recognized the important role
of innovation as a decisive factor to build up the competitive capacity of all
sectors of the economy that are strongly influenced by S&T. Modern S&T
revolution is making profound changes in the world economy, international
relations and mankind society activities. Development strategy of all the
countries is based on S&T, in which the core is to master the highest S&T
achievements required for development.
Higher education establishment is one of the important components in the
STI system with the functions described by OECD, which include:
“education, training, skills development, problem solving, creativity and
dissemination of knowledge, developing new evaluation methods, storage
62 STI system in universities of Vietnam
and transfer of knowledge”1. Universities and colleges can form clusters of
innovative activities in S&T community, be a bridge between enterprises,
research institutes and state or between nations. This component performs
the function of development and training of young scientists, providing
them with specific skills and knowledge to be able to contribute to the
economy and create aspiration, interest in scientific research and technology
innovation. Best of all, this is the cradle to train young workforce with skills
and qualifications for enterprise with a view to enhancing the competitiveness
and flexibility in the knowledge economy, globalization, international
integration of S&T.
In Vietnam, especially during the reform period, many important documents
on S&T development oriented policy have been promulgated, e.g the
Resolution of Second Central Party Conference Session VIII (1996); The
conclusion of the Sixth Central Party Conference, IXth Session (2002); Law
on S&T 2000; Strategy of S&T Development in Vietnam up to 2010 (issued
in 2003); S&T development strategy for period 2011 - 2020 (issued in 2012);
Law on S&T 2013 and many other specific policies on S&T potential
development and management mechanism reform. The Ninth Party Congress
pointed out some basic limitations of current S&T development, including:
“Research institutes and enterprises have not had close linkage. The
investment in building physical-technical infrastructure is still concentrated
on clear-cutting completion of each goal. S&T personnel of high competence
are still in shortage, and underutilized”. Universities play an important role
in the creation of intellectual property (IP) including patents/research results,
through which it will contribute to promote innovation. IPP's view2 was that
the key to promote innovation is increasing the communication, link and
coordination in innovation implementation between different actors in
society, mainly through collaboration of universities/research institutes with
enterprises and the State. The system of universities and colleges in Vietnam
have made significant progress in the scientific research and technological
development in the period 2011 - 2013, the ranking of Vietnam in respect of
number of scientific publications on the database web of science has risen to
position 60 (three grades higher compared to the position in the period 2006-
2010). However, it was observed that there still were many drawbacks in STI
works as well as in the association among research institutes, universities and
businesses.
1 OECD. (2010) Workshop Proceedings: Funding for public research conducted at of higher education
institutions, page 9.
2 IPP stands for Innovation Partnership Program, an Official Development Assistance (ODA) progam co-funded
by the Government of Vietnam and Finland in order to expand the scale of innovation training and improve
innovative mechanisms in Vietnam to support for start-up innovative businesses towards international market. IPP
had completed phase 1 (2009-2013) and now implementing phase 2 (2014-2018).
JSTPM Vol 4, No 4, 2015 63
In terms of research in Vietnam, researchers, analysts and policy makers in
S&T have many studies and papers on various aspects of such shortcomings
in the operation of S&T as well as the achievements of universities...
However, when considering the STI system in universities in Vietnam, there
has not been a comprehensive analysis and overall assessment. Therefore,
the author has studied the STI system in universities based the data obtained
from Hanoi National University, National University of Ho Chi Minh City,
Hanoi University of S&T, and Thai Nguyen University. These represent the
regional higher education universities and are considered as units of
promising scientific research and innovation.
2. Elements in the STI system of universities of Vietnam
2.1. S&T human resources
S&T human resources of Vietnam is concentrated mainly on universities
with 62,095 persons accounting for 46.07% of the total R&D workforce
(134.780 people)3.
Units: Person
1054
1200
881
1000
703
800
600 386
244
400
Source: Data compiled200 from scientific reports of the 4universities: Vietnam National
University, National University of Ho Chi Minh City, Thai Nguyen University and Hanoi
University of Technology
Chart 1: Number of scientific personnel with title of PhD/PhD of science
and associate professor/professor (in 2014)
A fairly common situation in universities was that there was no clear
distinction between research and teaching personnel in the pool of S&T
workforce. Teaching manpower participates as scientific researchers and
vice versa. So, when conducting study on scientific human resources, it was
hard to collect specific figures.
In Vietnam National University, in 2014, there were 881 PhDs and PhDs of
science accounted for 47% of the total number of scientific personnel, for
3 According to Ministry of S&T’s Statistics in 2011
64 STI system in universities of Vietnam
natural, technology and economics sciences in particular, this rate was over
65%. The proportion of scientific personnel have doctoral degree under 45
years old was 25%. Team of scientists with title of professors and associate
professors were 386 accounted for 20.5% of the total scientific workforce.
The National University of Ho Chi Minh City had a total staff of 5,662
people; out of which the number staff doing teaching and research was
2,773 persons, the number of professors/associate professors and PhD was
244 and 1,054 respectively and the number of researchers was 696 persons.
The rate of scientific staff with PhD and higher title was 30.8% of the total
research and teaching staff.
The Thai Nguyen University’s staff was 2,895. Percentage of teachers on
the payroll holding postgraduate degrees (PhD, M.Sc) of the university
accounted for 87%, increased 5% compared to the same period in 2013. Out
of which teaching and research staff was 2,100 persons, including 399
professors and associate professors, 703 PhD of science and Ph.D. Among
703 PhD of science there were 459 persons were leading staff in scientific
research and technology transfer of the university.
Thus, in the universities surveyed, there were two National Universities
having the highest number of teaching and research staff. In which, the
National University of Ho Chi Minh City had largest number of teachers
and researchers with PhD and PhD of science with high academic titles, i.e
assistant professor and professor. This is entirely consistent with the
objectives of the two universities to become the top national research
universities nationwide. Most universities provided primarily teaching and
engaged research for teaching or technology development associated with
technical consulting activities. Hanoi University of Technology was one of
the strongest universities in respect of teaching and science research and
technology development. Regional universities like the University of Thai
Nguyen had the scientific workforce relatively small compared with other
three universities, but this picture is increasingly changed over time in
quantity and quality.
2.2. Financial investments for S&T activities
Financial investments that universities in Vietnam have received so far came
mostly from the State budget which accounted for 82.17%, funding from
non-state sectors only accounted for 17.83%.
According to the statistics in 2014, the total spending for S&T at the
National University of Ho Chi Minh was 362,798 million VND, out of
which the funds allocated by the central budget was 149,902 million VND,
accounted for 41%, funds mobilized from domestic and international
JSTPM Vol 4, No 4, 2015 65
cooperation was 58,796 million VND accounted for 16%, funding from
technology transfer was 154,100 million VND accounted for 43%.
Table 1. R&D Spending in 2011 by implementing institution and economic
component (at current prices)
Unit: billion VND
Implementing institution
Economic Research
Universitie Administrative Non-profit
component Institutes and Enterprises
s agencies organizations
centers
State 2, 303.44 760,59 776,61 446,95 0
Non- State 7.58 165 0 614.68 68.55
Foreign
0 0 0 315.38 0
investment
Source: Ministry of S&T: S&T of Vietnam in 2013
Table 2. Budget allocated for National University HCMC from different
sources for scientific research and technological development in 2014
Funding sources Funding provided in 2014 (million VND)
1. Central government 149,902
2. Cooperation with other partners 58,796
Local Cooperation 44.071
International cooperation 14,725
3. Technology transfer 154,100
Total (1+2+3) 362,798
Source: Report on scientific research and technological development activities of National
University of HCMC in 2014.
In Hanoi National University, the total expenditure incurred in S&T
cooperation projects in the country was more than 38 billion VND
(accounted for about 25% of S&T operational expenditure). In addition,
Hanoi National University had developed for approval of 20 S&T tasks at
State level under the North West region development program in 2013 and
2014, in which, scientists of the University were successful bidder of 06
tasks with a total budget of 51.8 billion VND.
Funds allocated to S&T activities in Thai Nguyen University came from
various sources: State budget, the university’s tuition fees, funding from
research collaboration agreement with local enterprises. Most sources were
from the state budget, however in 2014 this funding was significantly
reduced (only 1/3 compared to previous years).
66 STI system in universities of Vietnam
As for Hanoi University of Technology, the funding for scientific research
came mainly from the State budget (Table 4). Besides, the university also
got funding from the co-production activities with enterprises (as of 2008,
budget revenues from this collaboration was 2,904.45 million VND).
Table 3. Funding for the implementation of S&T activities in the period
2011 - 2015 of the Hanoi University of Technology
Unit: billion VND
Total funding from the
Level of research themes Total budget
state budget
State 311,980 311,980
Bilateral Protocol 4,032,316 26,316
Ministry 104,380 104,380
Source: Report on S&T of Hanoi Science and Technology University, period 2006 - 2015
In short, in most of the universities, the main source of expenditure for S&T
activities came from the State budget. The allocation of this funding was not
different between National and Regional Universities (such as Thai Nguyen
University). It would say that, the funds spent on S&T in Universities was
very low and not enough to encourage the implementation of S&T
innovation. Activities just stopped at the implementation of research
projects by management’s order. Proactive research based on funding
support/sponsorship was very limited. Thus, it inevitably leads to not high
efficiency of scientific research is not high, efforts just tried to comply with
the expectations of the task ordered, signed, scientific without high creative
spirit. However, to overcome this difficulty, universities currently can have
more autonomy to secure funding for their research from the collaboration
with other partners and through transfer of technology to enterprises,
investment from business network, local and international S&T
organizations in order to diversify investment sources, increase funding
level and improve the performance of S&T institution.
2.3. Organization of STI system in universities
In terms of overall structural model, the STI system in universities includes:
university or its attached departments members; scientific research institute
members; research, S&T services and training centers;
Specifically, the National University of Ho Chi Minh City includes 06
university members; 01 research institution; 01 affiliated faculty and various
research and service centres, namely: English Testing Center, Quality
Evaluation and Testing Center and Military Training and Education Center,
the French Higher Education Centre, Circuit Design, Research and Training
JSTPM Vol 4, No 4, 2015 67
Centre (ICDREC), etc. The Hanoi National University consists of 06
university members; 05 attached departments; 05 scientific research institute
members; 04 training and research centers; 10 research and training services
units. Hanoi University of S&T consists of 04 training and research centers;
21 research institute members; 08 subsidiaries; and one service unit for
training and research activities. Thai Nguyen University includes: 03
research institutes; 01 hospital under the University; 8 scientific research
and technology transfer centres, 01 limited liability company under a
university member.
We can see, in the four research universities, two had affiliated companies
i.e University of Hanoi and Thai Nguyen University, while Hanoi
University of S&T was the first university in Vietnam having business
incubator and the largest number of dependent enterprises out of the four
above mentioned universities. It must say that the establishment of
technology incubators in universities was a major step forward in aligning
the research - training - production functions in the STI system. In the first
step, this model was effective in terms of enhancing the capacity of inputs
and improving the efficiency and quality of outputs in many S&T activities,
in the future it would create spillover effect to the other universities.
2.4. Current situation of S&T
As reported by SCImago Institutions Rankings in September 2014, among
2,744 universities, institutes and research organizations around the world,
Vietnam had 04 institutions listed in the line-up, including the Academy of
S&T of Viet Nam, the National University in Ho Chi Minh city, the Hanoi
National University and the Hanoi University of S&T.
Table 4. Ranking of Viet Nam’s institutions under SCImago rating
Unit Domestic World Ranking
Ranking
Academy of S&T Vietnam 1 1,710
National University in Ho Chi Minh city 2 2,239
Hanoi National University 3 2,327
Hanoi University of S&T 4 2,422
Source: S&T report of National University in Ho Chi Minh City 2014
SCImago analysis was based on the following criteria: (i) The output
(number of scientific papers published in 2007 - 2011); (ii) International
Cooperation (percentage of papers had cooperation with international
colleagues); (iii) Specialization index (value rating from 0 (multidisciplinary) to
68 STI system in universities of Vietnam
1 (specialized disciplinary); (iv) Scientific quality index (the proportion of
scientific papers published in 25% of top journals of the world); (v)
Excellence Index (papers which had been cited most); (vi) Impact index
(reflecting the degree of influence of the research); (vii) Scientific
Leadership index (percentage of papers where the author was the person of
the institution, it could be considered as "internal strength” index); (viii)
Excellence with Leadership index (number of papers had been assessed
excellence where the staff of the institution were the key contributors).
Table 5. Statistics of comparative indicators on scientific capability among
local institutions in 2008
National
Hanoi Hanoi
University of
No Indicator National University of
Ho Chi Minh
University S&T
City
1 Output index 900 731 610
2 International cooperation 51.11 60.6 54.59
index
3 Specialization index 0.83 0.78 0.8
4 Scientific quality index 23.89 27.5 24.59
5 Excellence index 16.52 7.36 8.89
6 Impact index 1.15 0.82 0.68
7 Leadership index 60.89 48.84 53.11
8 Excellence with 6.09 0.67 4.04
Leadership index
Source: SCImago Institutions Rankings, University Research Rankings
=&countr=VNM&page=2&year=2008
In ranking of top 702 universities in Asia in 2010, Vietnam had five
universities, namely Hanoi National University, National University of Ho
Chi Minh City, Da Nang University, Hue University, and Can Tho
University was ranked 201 among universities ranked from 351 to 400.
Rankings of Quacquarelli Symonds - QS-Asia4 based on the following
criteria: (i) Academic and training reputation, accounting for 30%; (ii)
Reputation of the recruited graduates 10%; (iii) Percentage of teachers/
4 Quacquarelli Symonds (QS) is a British company specialized in study of world education founded in 1990 by
Nunzio Quacquarelli. From 2004 to 2009, QS collaborated with Times Higher Education (THE) to annually
release the rankings of world universities, it also is the world supplier database for ranking.
JSTPM Vol 4, No 4, 2015 69
students 20%; (iv) Citation coefficient of scientific papers 15%; (v) Number
of scientific papers/faculty staff 15%; (vi) Proportion of international faculty
2.5%; (vii) Proportion of international students 2.5%; (viii) rate of domestic
exchange student 2.5% and foreign students exchange 2.5%.
The position of Vietnam’s university rankings Top 300 in Asia by QS-Asia
over the years from 2013 to 2015 was as follows:
Table 6.
Number of
Year Name Ranking
schools
2013 01 Hanoi National University 201-250
2014 03 Hanoi National University 161-170
National University of Ho Chi Minh 191-200
City
Hanoi University of S&T 251-300
2015 02 Hanoi National University National 151-200
University of Ho Chi Minh City 201-300
Source: (
rankings/2013; 2014; 2015)
2.5. Results of S&T activities of universities
Hanoi National University organized review of 34 research proposals at
national level (5 independent tasks implemented through Hanoi National
University; 2 tasks under bilateral protocol, 27 subprojects under various
KC, KX, Tay Nguyen, New Rural Development Programs). In 2014, the
topics under protocol, international cooperation projects reached a total
budget of 50 billion. Also in 2014, Hanoi National University published 342
articles in international scientific prestigious journals on the list of
ISI/Scopus, in which the number of articles published in international
journals belonging to ISI system was 265, conducted 8 technology transfer
transactions, 11 bio-products and 1 technical toolkit.
Located in a dynamic economic environment, the National University of Ho
Chi Minh City had many cooperative efforts with world leading universities
and research institutes in implementation of research programs and
personnel training under areas of both modern science and highly capable
applications in society. In this regard, typical were cooperation projects with
INPG Minatec (France), University of California, Los Angeles Along
with that, this university also cooperated very closely with five local
corporations and general companies to improve outputs and inputs in terms
of quality of human resources as well as the S&T performance. In 2014,
National University of Ho Chi Minh City had 3,038 articles/conference
reports in all areas published. The number of articles published in journals at
home and abroad was 1,147 of which 48.5% (equivalent to 566 items)
70 STI system in universities of Vietnam
published in international journals and 30% (corresponding to 341 items)
was published in journals of ISI list. Among them, there were 46% article
with IF larger than 2 (i.e, 128 items); 82% (corresponding to 281 items)
with the main author was from the National University of Ho Chi Minh City
and 47% (i.e, 161 items) was totally owned by authors of this University.
According to the S&T report of the university, in 2014, the total number of
patent applications was 85. Out of which, the applications for patient
protection was 78 with more than 100 S&T products.
As a regional university, the S&T performance of Thai Nguyen University
(TNU) was very admirable. In 2014, TNU hosted and implemented 10
State-level S&T tasks (consisting of 02 independent theme of State level; 03
research projects under bilateral Protocol; 02 biotechnological applications
and 05 basic research projects funded by NAFOSTED) and 51 S&T tasks at
ministerial level with 47 research topics, one S&T task to support the
management, 1 task of gene bank development, 3 pilot production projects
and 1 project on research capacity building. Regarding research co-
operation, TNU had implemented 02 research projects under bilateral
Protocol, 01 application of bio-technology, especially some research
projects in the service program of socio-economic and cultural development
in Northen midland provinces with a total expenditure of nearly VND 71
billion. Based on the report of the university in 2014, TNU had published
904 articles in local scientific journals and 177 articles in international
journals. In particular, the College of Science (under the TNU) is an
institution with 43 articles published in international publications in the list
31/43 ISI.
Through study and practical operation, it was observed that Hanoi
University of S&T was one of the pioneer institutions in the STI system. In
the period 2011 - 2015, the University conducted 116 state-level research
projects with 22 themes and cooperation with more than 10 companies and
general corporations in the field of S&T.
Technology transfer at universities during the past had made remarkable
results, boosting socio-economic development in the context of regional and
global economic integration. Some universities have achieved high revenues
from commercialized inventions. For example, Hanoi University of S&T
has signed many technology transfer contracts with many corporations,
large domestic and foreign companies such as SUN Microsystems
Corporation, Rang Dong vacuum thermos and bulbs JSC. The university is
the place focusing on research, technological development and training of
human resources for scientific research. General speaking, in the university
system there was only a small number of institutions had been successful in
technology transfer and commercialization of research results and mostly
concentrated in scientific and technical areas. When comparing with the
JSTPM Vol 4, No 4, 2015 71
need, this achievement was not enough as expected by the demand of
society, it remained as potential in both terms quality and quantity compared
with other components in the value chain of S&T development. In the mean
time, in developed countries, universities and research institutes play an
important role as a bridge to provide inputs (S&T manpower and
information) and the support in S&T incubation period. This is a very
important step in a series of activities of STI. The close linkage with other
components such as businesses or research institutions is not only help
university improve their quality of training of human resources for S&T, but
also to promote the application of the results of scientific research and
technological development.
2.6. Status of linkage between universities and other components in STI
system
Currently, universities conduct many S&T activities and the number of
subjects and forms of activity as well as the number of articles published in
international journals is on the rise, significantly. Benefits that STI brought
about have created new face to universities, S&T potential capacity building
for this education sector in particular and for the whole STI system in
general. Above all, the links between research institutes in universities and
business sector has provided the networking model which brings value to
S&T in the trend of S&T international integration. However, in many
universities, research activities are still not so many, not being of high
practical value and mostly are still ordered from the State, very few from
enterprises. In addition, the issue of intellectual property in universities has
not been received adequate attention of management. This leads to a
situation that technology transfer in many universities have less motivation
to attract researchers to involve, no organization has sufficient professional
management capacity and put the research results into production. Under the
limited financial resources and difficult involvement of lecturers, scientists
in scientific research, the collaboration of universities with businesses would
be an important solution, not only for the supply of human resources,
transfer of scientific research results into production, creation of an ideal
practice environment after the students have "learned" theory from books,
but also for obtaining increased competitiveness for businesses by
applications of the results of scientific research and innovation in
production. Although most universities so far have already a specialized unit
to manage scientific research and technology transfer or a business
incubator established, the university management functions are still general
and not efficient, particular the issue of enhanced linkage of lecturers,
scientists with of research activities for common goals and more efficient
technology transfer, commercialization of scientific research results process.
72 STI system in universities of Vietnam
2.7. Conclusions
From the former Soviet Union, Vietnam and other socialist countries
experienced a similar situation, i.e, the universities merely performed
training function, almost no scientific research function as there was a
separate function under the responsibility of academy. Accordingly,
universities only participated in research within the framework of a specific
theme/program of the State at all levels and the people involved in research
was only on part-time basis, rather than a professional researcher. This
hindered the development and disconnected the functions of scientific
research and training in universities.
Vietnam today is a country in transition. The nature of this change is the
move from a state monopoly economy into a market oriented economy
where exist many economic components. And in fact, public opinion in the
research and education community is voicing the issue of building "research
university”. Thus, universities in particular and the society in general are
forming the demand of connection between research and training functions
to strengthen the linkage with other components such as research institutes
and enterprises. The value chain in the STI system of Vietnam is being
formed and requires that all components must make every effort develop
internal capacity and external relationships to develop the system, adapt the
trend of S&T international integration. However, for universities in the STI
system there has not been any specific rules and regulations applied for
research university, even for research institutes established within
universities like Hanoi University of S&T, Hanoi National University,...
This is an urgent issue that need to be studied and discussed in the
upcoming time./.
REFERENCES
In Vietnamese:
1. Hanoi National University. (2014) Report on S&T activities in 2014 and development
goals for 2015.
2. National University of Ho Chi Minh City. (2014) Report on S&T activities in 2014.
3. Thai Nguyen University. (2014) Report on S&T activities in 2014.
4. Hanoi University of S&T. (2015) Report on scientific research in the period from
2006 to 2015.
5. Dam Quang Minh, Pham Thi Ly, Pham Hiep. (2015) The concept of universities is
changing around the world. Proceedings of the seminar: Global Education Dialogue
held in Seoul, Korea, 26/02/2015.
JSTPM Vol 4, No 4, 2015 73
In English:
6. UNESCO. (1984) Manual for statistics on S&T activities. ST.84/WS/12. Paris:
UNESSCO.
7. OECD. (2002) Proposed standard practice for survey of research and development -
Fracasti Manual
8. OECD. (2010) Ministerial report on the OECD Innovation Strategy, Innovation to
strengthen growth and address global and social challenges: Key Findings
9. OECD. (2010) Performance-Based Funding for Public Research in Tertiary
Education Institutions
10. Carlsson, R. Stankiewicz. (1991) On the Nature, Function, and Composition of
Technological systems. Journal of Evolutionary Economics 1, pp. 93-118.
2014; 2015
11. SCImago Institutions Rankings, University Research Rankings
ctor=&countr=VNM&page=2&year=2008.
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